Objectives include: Design and application of procedure to (1) define problem, (2) gather information and create data-base, (3) build models of demand estimation and traffic assignment, (4) build decision-making models, and (5) prepare short, and long, term plans.
Objectives include: Design of an integrated (a) light rail transit system, (b) bus network, and (c) taxi services, as well as (d) design of financial plan.
Objectives include: (a) Identification of bottleneck intersections, (b) design of appropriate intersection design, and (c) design of financial plan/
Objectives include designing a system to address some important management questions in the railway industry, such as: (a ) When should we start to electrify a railway system (b How does variation of different relative weighting factors such as construction, operation, and miantenance costs, travel time, and reliability affect the treshhold of electrification.
Objectives include: design of an automated system to find the optimum railway (or road way) alignment between two given points to minimize total costs including supplier, users and external costs while considering different constraints such as geometric constraints.
Objective include: using fuzzy set theory to deal with uncertainties embedded in travel demand and also finding a proper method to use expert knowledge for the travel demand estimation process.